Freight & Distribution Network Optimization Training Course

Course overview

Every distribution network encodes a set of decisions: how many facilities to run, where to put them, and which flow travels which lane. Most were designed for a demand map that no longer exists, then patched one warehouse and one contract at a time until the structure quietly drifted away from the economics that once justified it. This course treats the network itself as the object of design, working from facility location and flow allocation up to the cost-to-serve and service-level trade-offs that decide whether a topology earns its keep.

The focus is strategic network design, not last-mile execution and not physical infrastructure planning. You will work through center-of-gravity siting, hub-and-spoke against point-to-point structures, mixed-integer optimization of flow across candidate facilities, and the greenfield and brownfield comparisons that precede any distribution-center move. The lens stays on topology and allocation: which nodes exist, how volume is assigned to them, and what each design choice costs to serve the customer promise behind it.

Why this matters now

Cost-to-serve pressure, volatile freight rates, and demand that shifts faster than a lease term have exposed how brittle inherited networks really are. A design that minimizes total cost on average can concentrate risk in a single hub or lane, so resilience and redundancy now sit inside the optimization rather than beside it. Network design decisions also ripple into the physical world, where questions of capacity and siting connect to Infrastructure Planning for Transportation & Distribution; this course keeps its attention on the topology and flow layer that determines what infrastructure a network actually needs.

Course objectives

By the end of the course, participants will be able to:

• Weigh the five structural levers a network designer controls.
• Bound a service-level target against its cost-to-serve.
• Screen distribution-center sites with a weighted-distance model.
• Formulate facility and flow decisions as an optimization model.
• Trace shadow prices to a model's binding constraints.
• Compare network structures on total landed cost and service coverage.
• Stress-test a topology where one node or lane can fail.
• Simulate greenfield and brownfield options for node changes.
• Justify network refreshes with live telemetry data.
• Balance network cost against its carbon footprint.

Course outline

Unit 1: Foundations of Freight and Distribution Network Design

• Network echelons and the flow arcs linking them.
• The five structural levers: count, location, and flow.
• How fuel, SKU, and omnichannel pressures strain topology.
• A documented case study of a distribution network redesign.

Unit 2: Cost and Service Trade-Offs

• Cost-to-serve decomposition by customer and lane.
• The U-shaped total-cost curve against facility count.
• Translating coverage into node density and forward stock.
• A worked calculation trading landed cost against service.

Unit 3: Freight Flow Modeling and Network Optimization

• Center-of-gravity and weighted-centroid screening methods.
• Mixed-integer facility-location and flow-allocation models.
• Network-modeling software concepts such as Llamasoft.
• A guided walkthrough of a lane-flow model's shadow prices.

Unit 4: Distribution Structures and Flow Allocation

• Hub-and-spoke versus point-to-point on transit and touches.
• Consolidation and cross-docking design choices.
• Centralized versus regional distribution and postponement.
• A worked example allocating demand zones by distance.

Unit 5: Resilience and Redundancy in Network Design

• Single-node and single-lane failure assessment.
• Designing redundancy through dual sourcing and backups.
• Monte Carlo simulation of demand risk across a topology.
• A documented case discussion of a port or corridor closure.

Unit 6: Digital Enablement of Network Decisions

• Digital-twin concepts supporting rolling design refreshes.
• Control-tower telemetry feeding a network model's inputs.
• Freight-rate forecasting to keep assumptions current.
• A guided walkthrough of a data-readiness assessment.

Unit 7: Sustainability in Network Design

• Embedding emissions into the cost-versus-carbon frontier.
• How facility siting and consolidation change mileage.
• Modal shift and low-emission linehaul inside the network.
• A worked example aligning a topology with carbon targets.

How the course is delivered

The course works as guided expert discussion focused on the models themselves. You move through worked calculations on cost-to-serve and center-of-gravity siting, guided walkthroughs of small optimization and flow-allocation models, and documented case studies of real network redesigns, with group exercises on paper to reason through facility and lane choices. Modeling software is presented at the concept level in a vendor-neutral way, so the emphasis stays on the design logic you can carry into any tool. This course is provided for education and awards no certification, legal advice, or regulatory authorization.

Who should attend

This course is built for the people who own the shape of the network, not the daily dispatch. It fits network design and logistics strategists, S&OP and distribution planners, and supply-chain design analysts who need to defend where facilities sit and how flow is allocated across them.

• Network design and logistics strategists responsible for facility footprint and lane structure.
• S&OP and distribution planners aligning demand plans with network capacity.
• Supply-chain design analysts building and interpreting network-optimization models.

About EuroQuest International Training

Specializing in professional development since 2015, EuroQuest International Training has grown a catalog of more than 1,000 courses delivered to over 15,000 participants. From its headquarters in Bratislava, Slovakia, the organization runs sessions across a network of international training hubs, so a course on distribution networks is itself taught through a distributed one. Delivery moves between Geneva, London, Amsterdam, Istanbul, and Madrid, each serving as a training venue where participants convene instead of a local market. That reach lets teams from different regions work through the same network-design methods in one room.

Frequently asked questions

What certificate is provided at the end of the freight network course?

You finish with a EuroQuest International Training certificate of completion that names the course and confirms attendance. It is a record of the learning you have done, not a license or regulatory authorization, and EuroQuest issues it directly as the training organization instead of through any external certification body.

How much mathematics or modeling background do I need?

Enough comfort with spreadsheets and basic quantitative reasoning to follow a cost breakdown. The optimization and center-of-gravity concepts are explained from the ground up and worked through by hand or in plain model outputs; there is no coding, and you are not asked to build solver code. The goal is to make you a confident consumer and director of network models, not to turn you into a developer.

Does the course cover strategic network redesign or day-to-day routing?

Strategic redesign. The subject is where facilities go and how flow is allocated across the whole network, over a horizon of quarters and years. Operational routing, dispatch, and last-mile execution are deliberately out of scope and belong to other courses; here the questions are structural, about the topology that routing later has to live within.

Related courses

• Distribution Network Optimization & Last-Mile Delivery
• Freight Flow Analysis & Logistics Workflow Improvement
• Digital Supply Chain Transformation & Smart Technologies
• Environmental Sustainability in Supply Chains

Register for this course

To hold a seat or ask which upcoming hub and dates suit your team, call the EuroQuest team on +421 911 803 183 or drop a line to info@euroqst.com. Tell us the network problem you are wrestling with and we will point you to the right session so you arrive ready to redesign, not just to listen.